Introducing Professor Ickhyun Song's Laboratory: Next-Generation System Semiconductor Design Lab 

▣ Introducing Laboratory

- HOMPAGE: https//sites.google.com/view/sonidab/

- RESEARCH PART 

[1] High-Frequency and Broadband Circuit and System Design for 6G ISCAP Implementation

• Research on high-frequency and broadband circuits and systems required for the implementation of 6G Integrated Sensing, Communication, and Power (ISCAP) technologies
• Design and development of core ISCAP system circuits, including bidirectional LNA/PA for SWIPT (Simultaneous Wireless Information and Power Transfer) and high-efficiency rectifiers

[2] Deep Reinforcement Learning-Based Automated Circuit Design

• Development of an intelligent design environment that automates the repetitive design process of analog and RF circuits, reducing design time while optimizing performance
• Development of an automated framework that applies various reinforcement learning algorithms to simultaneously optimize conflicting performance metrics such as gain, noise figure (NF), P1dB, and IP3

[3] Performance Degradation Modeling of Circuits Under RF Stress

• Analysis of the impact of RF stress on long-term circuit performance and lifetime, with a focus on reliability prediction
• Research on advanced device modeling techniques that accurately predict performance degradation by analyzing physical degradation mechanisms such as hot-carrier effects and incorporating degradation networks that model leakage current paths